Dispensing device



July 28, 1936.` F. w. SMITH l 2,049,331 r DISPENS ING DEVICE y Filed Sept. 13, 1953 2 Sheets-Sheet l July28,1936. E W. SMlTH 2,049,331

DISPENSING DEVICE Filed Sept. 13, 1933 2 SheetS-Sheel'I 2 4M NSM .25 A further object of my 35 therein without exposing Patented July 28, 1936 2,049,331 msrnNsnvG nnvlcn Frederick Woodson smith, omwaokie, ores..v Application September 13, 1933, Serial No. 689,211

The invention is comprised primarily of a conl 5 metically sealed relative thereto. A leg support is adapted to the hood and is so made as to maintain the container in an inverted position.

The hood'has a discharge outlet and a manually manipulative valve is adapted thereto. An

i air vent is removably piaceable through thehood into the container and means is provided for adv a compressible iiuid under pressure into the container through the vent for forcing the materials from a container through the hood 35 and the discharge outlet.

My invention isl primarily intended for use for the dispensing' of mayonnaise, vpeanut b utter and other semi-duid food products.

, may be aided through the introduction into the so rood container of a. compressible fluid under pressure.

Theprimary purpose and object of vention is to facilitate the dispensing uid food products in a my ino! semihighly sanitary condition. invention is to provide a device for the dispensing of uid food products' auicky and without delay.

a still further object of my invention consiste in' providing a Vdevice for the dispensing ot food seV products from a large containe without the use 'of ladies and the like.

And a still further object of my invention con- 1:11 in' so constructing my dispensing device that f. the food products vmay, be contained or stored them to contamination foreign matter that norof bacteria and other. mally goatsin the air. With vthese and incidental objects in view, the invention consists in certain novel features of 40 construction and combination of parts, the essential elements of which are set forth in the appended claims. land a preferred form of' embodiment of which isV hereinafter shown with reference to the drawings which accompany and iorrn a part o 'this'specicatiom in the drawings: Fig. isa side view partially in section of the assembled device. t

Fig. 2 is 'an inverted Iside view of the leg support for the head and container.

Fig. 3 is aplan view of the leg supporting de'- vice, being taken on line 3--3 of Fig..2.

Fig. 4 is a plan view of the hood, being taken on linedoi Fig. 8.

'lhedispensing'v Fig. 5 is a side view of Lfrom the container.

Fig. 64 is a side view of a modied form of dispensing hood illustrating an agitator disposed at the discharge port .oi the head.

Fig. 7 is a side view of a container having a headV secured thereto and through which the ejecting fluid is admitted into the top of the container. In this view a dispensing-spout is disposed, the bottom end of which. is adapted 10 for being moved toward and away from the bottom of the container.

Fig. 8 is an inverted side view of the head shown in position for being inserted( top end of the support therefor, and Y Fig. wis a sideview of the open endedcon. tainerko In Figs. 2, 8, and 9, the support. the head and are shown in spaced relation with each the vent shown removed container other and in position to be placed one upon the 20 other with the open ended container in intimate contact and engagement; with the head and illustratingmeans for clamping the container to the dispensing head.

Like Vreference characters refer to like parts throughout the several views. -1

i is the container that is normally used for the shipping and storing othulk mayonnaise.l 'peanut butter and other semluid products. The containers areusuallymadeorglasaporcdainor similar acid-resisting material, and have arela" tivelyV large neck 2. The neck being circuinferentially recessed at 3, which is the juncture' or the neck and body of the jar, provides for the attaching of a collar I therearound. The collar t is adapted for being tightened about the recess 3 throughtheuseofadlampingscrew. 'Ahood is provided for attachment tothe open end'oi the .container i. i'

The hood 6 is constructed inthe form of a frustro-cone i3 and has a'peripheral shoulder 6A and flange 8 at-is greater opening. A

charge port I2 is formed at its opposite end. The interior of the shoulder 8A is adapted to engage the rim 2A of the jar i, and the inner periphery of the flange 8 fits about the neck 2 of the'jar i. A compressible gasket 9 is disposed betweenthe rim 2A and the shoulder 8Ai A pluralityof bolts l0 arehinged1yr secured to the collar 4 and register with slots l thatare spaced about the periphery of the flange 8.

A stand is provided and consistsof a band M which is supported by legs I1. The legs are tied together and braced by cross bars i8, the cross 65 wann me bars being adjacent the lower end of the legs I1. The legs I8 terminate in feet I9. y

The shoulder 8A rests upon the band I4 of the stand and the jar I. hood 6 and stand are secured together in the following way. As previously described the hinged bolts I register with the slots 1 in the ange 8. Washers II have a leg I5 projecting substantially at right angles from the washer that is adapted to contact the shoulder 8A, and having a curved portion I6 that is adapted to engage the underside of the band I4. ,The bolts I Il pass through the washers and when the wing 4nuts IIIA are tightened the three unitsl are secured together, the jar I being hermetically sealed relative to the hood 6.

After the leg and hood assembly have been secured to the container, the assembly is then inverted so that the materials, disposed within from the container into the hood I3. A manually manipulative valve is adapted to the hood and has a valve head 2| so shaped and fashioned as to act as a closure for the discharge port I2. The Urshaped stem 22 of the Vvalve extends through the side wall of the hood to facilitate its being manipulated. A compressible element, as a coil spring 23 ldisposed between the hood and the handle 34, normally maintains the valve head 2l seated relative to the dischargeport. vA stuiting gland 24 is disposed about the valve stem 22 and iiermetically seals the point of entrance oi.'

the container to be dispensed, will ow by gravity the valvestem intol the hoOd. A tank 25 rests within the, legl support and meansv is provided for maintaining a iiuid under pressure within the tank. This may be accomplished through the useof a hand pump 26. A compressible fluid may be stored within-the tank 25. A pipe 21 is secured to the tank 25 and a valve 28 is disposed within the pipe. The valve 28 is normally maintained closed through the action of a reacting element; as a coil spring 29. A sleeve member 30A is threadably secured within the wall of the hood and a vent tube 30 is secured within the sleeve member. Thevent tube 30 extends to Y a point adjacent the bottom of the jar and is removable from the sleeve member 30A. A iiex- V ible tube 32, provided with a. liid tight joint II at the sleeve 30A, connects the valve 28 with the venting tube 30.

It is founddesirable to have the valve handle 34 extendto a point where it will engage actuating lever 28A of the valve 28 in order that the manipulationrof the valve stem for releasing the iow oi' material from the container willl simultaneously admit the uid under pressure from the tank125 linto the top of the container.

A guide pin 38A is slidable within the boss portlon'of the hood 8 and is secured to the handle 34.` A coil'spring 38 is disposed about the pin A between the boss and the handle and aids the spring23 in maintaining the valve 2I 'in closedV position. The pin 36Av serves to maintain the handle 34 in alignment with the valve. lever 25 and also serves to limit the amount of opening .of the valve 2l and valve 28.

Where-the device is made as illustrated and disclosed` herein a receptacle is placed beneath the port l2 and when a suilicient amount of material hasv been dispensed through the port I2 into a receptacle, the material is wiped from the lower edge 31 vof the hood by the receptacle itself.

In Fig. 6 I have shown the hood 38 as being so shaped to `facilitate its attachment to the open end of the container. An agitator 39 is vertically disposed within the hood and a bevel gear amasar 4Ilisdisposeduponthelowereiidoitheagi-` tator. The bevel gear 4I coacts with the bevel gear 40 and the gears and the agitators are turned by a hand crank 42. The discharge port 43 of the hood 38 is disposed at one side and a 5 cut-oil valve 44 is hingedly secured to the hood and is shaped to precisely iit the outer surface of the discharge port. A device thus made mixes the material before being exuded from the container through the hood and delivers to the consumer a uniformly mixed product.

For smaller containers and for some materials, the device may be made as illustrated in Fig. '1.

Atube41 issecuredtothehood andadmits a iiuid under pressure into the vacant vend of the container 45. An exudlng spout 41A through the hood 46 andhas a packing gland 48 disposed thereabout at the point of egress from the hood. 'I'he lower end 48 of the tube 41A may be moved toward and away from 20 the bottom of the container 45. The upper end of the tube is bent to facilitatethe placing o1' a receiving receptacle below the discharge point Il of the tube 41.

while the farm of mechanism hmm shown 25 and described is admirably adapted to fuliill the objects primarily stated, it is to be imderstood that it is not intended to conne the invention to the embodiment herein shown and described.. as ii. is susceptible or embodiment in various forms, 3 all coming within the scope of the claims which follow.

What I claim is:

1.' In a device of the class described, the combination o i' an open ended container, a collar removably attachable about the open end .of the container, a truste-conical hood having adiscontainer and'hood assembly to the trame.

2. In a device oi' the class described, thecom- 50 bination of an open ended container. a hood securable to the open end of the container and communicating with the interiorV of the container, means for hermetically sealing thev hood to the open end of the container, means for supporting the assembled container in a v position with the open end at the bottom, a discharge port disposed in the hood, valve means for normally maintaining the port closed, a venting tube extending through the hood and into the container, means 60 for hermetically sealing the venting tube relative to the hood, means for admitting a comprensible uid under pressure through the venting tube and into the container, and means for opening the valve disposed 'at the discharge port of the hood-65 and for releasingthe fluid under pressure into the venting tube simultaneously.

3. In a device of the class described. in combination with an open ended standard storage container, a frusta-conical hood hermetically sealable to the open end of the container, means for supporting the container in a position with the open end at the bottom, a discharge portr in the hood, a manually manipulative valve secured to the discharge port, a compressed iiuid storage T5 l5 the hood. manually means disposed within the container supporting means, a pipe line communicating between the storage means and the interior of the container, a valve disposed in the pipe line, said valve being actuated by the discharge port valve actuating means to admit compressed fluid into the con tainer simultaneously with the withdrawal of container contents.

4. In a device of the class described, the combination of av standard storage container having a downwardly disposed open end, a hood adapted to the container, a discharge port formed in the hood, an agitator journaied within the hood adjacentthe discharge port and extending within manipulative means for actuating the agitator and means for admitting a compressed iiuid into the container.

5. In a device of the class described, the combination with a standard storage container of a hood, a discharge port formed integral with the frusto-conical hood hermetically scalable to the container, means for supporting the container with the open end at the bottom, means journaled within the hood for agitating material to be exuded through thedischarge port, means for opening and closing the discharge port and pneu-l matic means for admitting a compressed iiuid into the container.

vFREDEalCK woonsoN SMITH. A15 

